Elizabeth Oda headshot
Elizabeth Oda
Technical PM · AI x Science · Tokyo

Hi, I'm Elizabeth!

AI-focused Technical Product Manager in Tokyo, Japan bridging product, research, and community. I bring a rigorous experimental and systems mindset from molecular biology and agricultural science to build first-of-their-kind AI products and programs.

Product leadership Scientific ML AI × Gender Community building

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Current Roles

  • Technical Product Manager at Braid Technologies, building software that blends geometry, optimization, and physics simulation for automotive and aerospace manufacturing.
  • Co‑founder and President of Women in Science Japan, offering the ML Summer School for Scientists and mentorship programs.

Talks & Media

“Six years of Women in Science Japan: Lessons on community‑building, mentorship, and professional development.”

Kavli IPMU, The University of Tokyo, Japan. August 2025.

”Automating Design for Advanced Engineering.”

Thinking about Thinking Spring Summit on Open Problems for AI, Tokyo, Japan. April 2025.

“Women in the AI Economy: Opportunities and Strategies for Inclusive Innovation.”

Asia‑Pacific Economic Cooperation Senior Officials Meeting III, Lima, Peru. August 2024.

“Do Vertical Landscapes Unlock a New Dimension of Urban Farming?”

Vertical Landscapes: Towards a Density of Openness, Tokyo, Japan and Venice, Italy. November 2023.

“Why Women Will Lead the AI Revolution in Agriculture.”

TEDx Tokyo International University, Tokyo, Japan. August 2023. YouTube Video.

“Japanese women are not encouraged to study science - what are the consequences?”

Interview with Deutsche Welle News. July 2023. YouTube Video.

Skills

Programming Python (JAX, PyTorch, Tensorflow, Scikit‑learn, Scipy, Pandas, Numpy), Rust

DevOps AWS (Certified Solutions Architect Associate SAA‑C003), GCP, Docker, Kubernetes, Terraform

Software Development Linux, Shell (Bash/Zsh), Git, CI/CD

Product Management Notion, Figma, Miro, Trello, Jira

Work Experience

Braid Technologies — Tokyo, Japan

Technical Product Manager · July 2024 – Present

  • Lead the product development of first‑of‑its‑kind, B2B AI engineering design software for Japan’s largest automotive companies.
  • Lead strategy and implementation of LLM‑based assistants for design report generation.
  • Define, organize, and delegate technical work to a 15‑person multi‑disciplinary and multi‑cultural team of software developers and researchers.
  • Coordinate the execution of physics simulation, optimization, geometry generation, and software engineering stack behind a modern UX/UI.

Researcher · Jan 2023 – June 2024

  • Developed domain‑specific languages for optimization procedures.
  • Implemented prototype physics‑informed neural network models and analysis methods.
  • Led the research and proposal of an AI‑optimized urban agriculture system in collaboration with Florian Busch Architects; the project was presented at the 2023 Venice Architecture Biennale.

Arithmer — Tokyo, Japan

AI Engineer · Mar 2022 ‑ Dec 2022

  • Implemented a deep learning model to classify and measure multiple objects from point cloud data in near real‑time.
  • Helped develop and deploy a fluid simulation model and application for generating flood prediction maps in Japan.
  • Collaborated with a bilingual team (Japanese‑ and English‑speaking) to develop software for disaster prevention and agriculture.

Tokyo Academics — Tokyo, Japan

Director of Research · Aug 2019 ‑ Sept 2021

  • Spearheaded business development, sales, and operations of a high school research program.
  • Hired andmanaged a 10‑person teaching team that served more than 50 students.
  • Designed from scratch andmanaged a laboratory for student research projects and group classes.
  • Taught advanced STEM courses and individual lessons on topics including AP Biology, AP Physics 1 and 2, AP Chemistry, and A‑Levels Biology.

University of Hawai‘i at Mānoa — Honolulu, USA

Research Assistant · Aug 2016 ‑ May 2019

Researched the roles of the protein disulfide isomerase (PDI) family proteins in Arabidopsis thaliana. Laboratory skills include:

  • Novel high‑throughput Arabidopsis pollen phenotyping method via modified Alexander viability staining.
  • Quantitative reverse transcription‑PCR (qPCR) of splice variants in wild type andmutant Arabidopsis samples under stress.
  • Fluorescent confocal microscopy of transfected Arabidopsis protoplasts to study protein co‑localization.

Syngenta — Tuscola, Kekaha, and Waterloo, USA

Production and Supply Development Program Associate · June 2015 ‑ June 2016

  • Designed and led several field experiments to improve management of Fusarium molds in maize.
  • Developed and taught a six‑week course to improve agricultural literacy and community relations.
  • Responsible for field scouting and evaluating crop performance of inbred maize lines, including herbicide trait evaluations.

Production and Supply Intern · May 2014 ‑ Aug 2014

  • Evaluated the efficacy and crop injury potential of an upcoming herbicide and shared findings through a farmer field demonstration.
  • Helped manage more than one thousand acres of commercial maize seed production.

Food and Agriculture Organization of the United Nations — Havana, Cuba

Intern · July 2013 ‑ Aug 2013

  • Wrote a proposal in Spanish for the adoption of System of Rice Intensification (SRI), in conjunction with Conservation Agriculture (CA), to reduce rice production labor costs and reliance on water resources.
  • Evaluated the state of food sovereignty in Cuba and the role of rice value chains in ensuring sustainable food security.

Selected Publications

“The Use of Fluorescent Protein Fusions to Monitor the Unfolded Protein Response and Protein Foldase‑Substrate Interactions in Plant Protoplasts.”

Rina Carrillo, Elizabeth Feldeverd*, and David A. Christopher. In: PĂ©rez‑Torrado, R. (ed.) The Unfolded Protein Response. Methods in Molecular Biology, vol. 2378. Humana, New York, NY, 2022.

“The Arabidopsis protein disulfide isomerase subfamily m isoform, PDI9, localizes to the endoplasmic reticulum and influences pollen viability and proper formation of the pollen exine during heat stress.”

Elizabeth Feldeverd*, Brad W. Porter, Christen Y.L. Yuen, Kaela Iwai, Rina Carrillo, Tyler Smith, Cheyenne Barela, Katherine Wong, Pengfei Wang, Byung‑Ho Kang, Kristie Matsumoto, David A. Christopher. Frontiers in Plant Science, 11:610052, 2020.

*Feldeverd is maiden name.

Contact

Email: hello@elizabethoda.com · LinkedIn: /in/elizabethoda · GitHub: @elizabeth-oda